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Uneven snow load testing system

Uneven snow load testing system
  • Uneven snow load testing system

Uneven snow load testing system

When the component is installed outdoors, it is installed at a 37 ° angle to the ground. When encountering heavy snow weather, the surface of the component will accumulate thick snow. Due to the inclined installation of the component at a...

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product details Integrating the essence of mechanical design with the wisdom of electrical research and development


不均匀雪载测试系统

 Meet standards:

IEC 62938 ed.012020-05 Photovoltaic (PV)modules-Non-uniform snow load testing

 Equipment functions:When the component is installed outdoors, it is installed at a 37 ° angle to the ground. When encountering heavy snow weather, the surface of the component will accumulate thick snow. Due to the inclined installation of the component at a certain angle to the ground, the surface with the lowest inclination angle carries the maximum pressure, and the pressure on the component surface decreases upward with the inclination angle of the component; The test component is installed on an adjustable angle mounting surface, and there is a weight hanging platform at a certain distance parallel to the component mounting surface. The weights can be neatly stacked on the component surface, and the weight of the weights decreases upwards at the inclination angle of the component to achieve the effect of uneven load.

 
Functional characteristicsFunctional characteristics
  • Provide sufficient load unit modules, and the size of the load unit modules is designed and produced according to the size of the customer's test samples
  • Three displacement sensors are provided at the bottom of the device to monitor the displacement of the frame (the number of displacement sensors is variable)
  • The angle of the photovoltaic module installation bracket can be changed, and the quantity and quality of the load unit modules are configured according to a 37 °± 1 ° angle. The equipment is equipped with a device to prevent the load unit from falling off due to the detachment of the frame
百士齐
  • The bottom of the load module is attached with polytetrafluoroethylene material to prevent abnormal friction between the load unit and the glass surface of the photovoltaic module
  • Maximum tested photovoltaic module size: 2600 * 1400mm (customizable)
  • Provide customers with personalized software and hardware customization requirements
 

Installation/commissioning siteInstallation/commissioning site

安装/调试现场

Supporting Equipment